Best current price£284.27from Tameson UK
Shopping.co.uk recommended and popular offers
Tameson UK£284.27Visit shop Omron Proximity Sensors Capacitive Proximity Switch - E2kc25mf1
Visit shop2 offers from £284.27 - £669.98
View price history by clicking the chart icon.
This Omron E2KC25MF1 capacitive proximity switch is designed for industrial automation systems requiring reliable object detection in DC voltage environments. Its key benefit is a 25mm sensing distance with an NPN output, suitable for detecting a wide range of materials. A potential caveat is its specific NPN output, which requires compatible control circuitry.
| Model Part Number | E2KC25MF1 |
|---|---|
| Brand | Omron |
This capacitive proximity sensor can detect a wide range of materials, including metals, plastics, glass, liquids, powders, and wood, by sensing changes in capacitance.
The maximum sensing distance for this model is 25mm.
No, this sensor is designed specifically for DC voltage systems (10-30V DC).
NPN output (also known as sinking output) means that when the sensor is activated, it connects the output to the negative terminal (0V) of the power supply. The load is connected between the positive supply and the sensor output.
The mechanical installation is categorized as 'other,' meaning you will need to use appropriate mounting brackets or fixtures suitable for your specific application to secure the sensor in place.
Yes, capacitive sensors can often detect objects through thin, non-metallic materials like plastic or wood, provided the material does not significantly alter the capacitance field.
While not explicitly stated in the provided information, typical industrial proximity sensors operate within a range of -25°C to +70°C. Always refer to the manufacturer's full datasheet for precise specifications.
Verify power supply (10-30V DC) and correct wiring. Ensure the object is within the 25mm sensing range and is detectable by capacitive technology. Clean the sensing face.
Check for nearby strong electromagnetic interference. Ensure the sensing face is clean and free from debris or moisture. Verify that the object's material properties are suitable for capacitive sensing.
Confirm the output type (NPN) is correctly wired to the control system's input. Check for short circuits or open circuits in the wiring. Test the sensor directly with a multimeter if possible.
Double-check the DC power supply connections and voltage. Ensure the power supply is functioning correctly. Inspect the sensor's cable for any damage.
Setup: Ensure the sensor is powered within the specified 10-30V DC range. Connect the NPN output to a compatible DC input on your control system (e.g., a PLC input module). Verify wiring polarity to avoid damage.
Compatibility: This sensor is designed for DC voltage systems and features an NPN output. It is compatible with control systems and PLCs that accept NPN sinking outputs. Ensure that the control circuit's input specifications match the sensor's output capabilities.
Care: Keep the sensing face clean from dust, debris, and moisture to ensure optimal performance. Avoid exposing the sensor to excessive impacts or harsh chemicals. Regularly inspect the cable for any signs of damage.
